Turkmenistan's Karakum Desert Gas Crater Has Burned Since 1971, but Its Flames Are Finally Subduing The Darvaza gas crater in Turkmenistan, ignited during a 1971 Soviet drilling collapse, has burned continuously in the Karakum Desert for decades. State gas company Turkmengaz reports that the intensity of its famous flames is now gradually diminishing. In the heart of the vast Karakum Desert of Turkmenistan lies a massive fiery abyss that has captured international attention for more than fifty years. Commonly referred to as the Door to Hell, the official geographical designation of this phenomenon is the Darvaza gas crater. Situated in the immediate vicinity of Darvaza village, the site is known locally by the name Shining of Karakum. Far from being a volcanic vent, the site is an enormous crater sustained entirely by natural gas escaping from underground reserves. Under nighttime desert skies, the intense orange glow rising from the pit creates an otherworldly visual spectacle visible across great distances. The 1971 Soviet Expedition That Formed the Chasm The origins of this persistent fire trace back directly to 1971. During that period, geologists from the Soviet Union were actively surveying the Karakum Desert in search of untapped natural gas fields. While drilling operations were underway, the ground situated above an expansive subterranean gas pocket gave way suddenly. The sudden structural failure caused the earth to collapse into a massive depression, catching the expedition personnel and regional observers completely unprepared. The Containment Decision That Ignited a Multidecade Blaze Following the ground collapse, vast quantities of raw natural gas started pouring out of the newly created crater into the surrounding atmosphere. The continuous release posed an immediate threat of toxic gas concentrations blanketing adjacent areas and endangering local wildlife and inhabitants. Faced with an imminent environmental hazard, the surveying scientists opted to set the escaping vapors alight, reasoning that controlled combustion would safely neutralize the gas before it could drift across the landscape. The team anticipated that the localized pocket of fuel would fully burn off within a few short weeks, bringing the fire to a natural end. Calculations Failed as Reserves Kept the Furnace Alive That initial scientific forecast quickly proved incorrect. Instead of dying out after several weeks, the flames continued to rage without interruption across consecutive decades. The subterranean geological formation held immense natural gas reserves that persistently fed fuel upward through fissures in the rock. The resulting fiery cauldron, with bright flames roaring within the pit, gave the visual impression of a subterranean ocean of fire churning beneath the desert sands. Physical Dimensions and Magnetism for Global Travelers The overall scale of the Darvaza gas crater is striking. Field measurements reveal a diameter ranging between 60 and 70 meters, alongside a vertical depth of approximately 30 meters, translating to roughly 98 feet into the ground. Set against the desolate and windswept dunes of the Karakum expanse, this burning crater provides an extraordinary contrast. Because of its singular nature, adventure travelers and sightseers from across the globe regularly journey across the arid terrain to view the spectacle firsthand. Turkmengaz Notes a Reduction in Fire Intensity In recent years, an important operational observation has emerged regarding the future of the geological site. Officials from Turkmenistan's national gas enterprise, Turkmengaz, indicated that the combustion vigor inside the crater is steadily weakening. Consequently, the fiery landmark renowned worldwide for maintaining an unbroken blaze for half a century is now displaying noticeably subdued flames. What this means for you The receding flames at the Darvaza gas crater hold tangible implications for global adventurers, environmental tracking, and regional resource management. • For global travelers: Should the crater's natural ignition eventually extinguish, one of Central Asia's most recognizable geological destinations will irrevocably transform. Prospective visitors hoping to witness the active burning pit may need to schedule travel sooner rather than later. • For atmospheric health: A sustained decline in fire intensity indicates a marked drop in the volume of natural hydrocarbons venting into the open desert air. This progressive cooldown will gradually curb long-standing local carbon emissions generated by uncontrolled combustion. • For energy conservation: The observations shared by Turkmengaz reflect changing subsurface reservoir pressure beneath the Karakum basin. Reduced burning limits the chronic waste of commercial-grade methane that has vented uncaptured since the collapse. • For earth scientists: Geologists monitoring long-duration artificial and natural subterranean burnouts gain valuable field data on how compromised hydrocarbon pockets deplete over multi-decade cycles. These observations will offer practical insights into subterranean pressure dissipation. Why this happened The continuous blaze at Darvaza stems from a catastrophic 1971 Soviet exploratory collapse coupled with vast subterranean methane deposits beneath the Karakum floor. • Structural failure during exploration: While Soviet drilling crews were searching for energy reserves in 1971, the ground directly beneath their drilling platform destabilized and collapsed into an underground void. This sudden failure created a 60 to 70-meter wide chasm that unsealed the reservoir. • Intentional ignition for hazard containment: Hazardous concentrations of raw gas immediately began escaping into the ambient environment, posing severe toxic risks to surrounding areas. To mitigate regional atmospheric poisoning, project geologists deliberately set the escaping fumes ablaze. • Vast underground fuel reserves: Project scientists erroneously calculated that local fuel pockets would extinguish within weeks, but subterranean methane beds proved vast enough to supply the blaze across generations. The constant upward pressure of natural gas sustained the inferno continuously. • Depleting reservoir pressures today: Decades of continuous combustion have steadily drawn down the localized underground reservoir. As fuel pressure naturally diminishes within the subsurface pocket, Turkmengaz has recorded a gradual subsiding of fire intensity inside the pit. Questions & Answers 1. Where is the Darvaza gas crater geographically located? The crater is situated near the village of Darvaza in the Karakum Desert of Turkmenistan. 2. What is the local regional name for the burning crater? Locally, the site is recognized by the title Shining of Karakum. 3. When did the crater form and how was the fire ignited? The crater formed in 1971 when Soviet drilling collapsed the ground, and scientists ignited the escaping gas to stop toxic vapor dispersion. 4. What was the initial scientific projection regarding the fire's duration? Geologists originally anticipated that the pocket of natural gas would burn off completely within a few weeks. 5. What are the physical dimensions of the Darvaza crater? The crater spans between 60 and 70 meters in width and reaches a depth of approximately 30 meters, or about 98 feet. 6. What update did the state company Turkmengaz provide regarding the site? Turkmengaz stated that the intensity of the flames burning inside the crater has begun gradually decreasing. https://trendkia.com/en/world/turkmenistan-ke-karakum-desert-men-adhi-sadi-se-dhadhaka-raha-darvaza-gas-crater-aba-dhimi-parane-lagin-lapaten-54367 TrendKia — Har trend, sabse pehle.